We are entering a new era where life sciences are fully integrated with information sciences, significantly advancing the engineering research of membrane proteins.
Covering the latest functions, structures, and analyses of rapidly advancing membrane proteins, as well as the synthesis of novel membrane proteins and the creation of new functions, this encompasses new challenges in "engineering" research!
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"Handbook of Membrane Protein Engineering" ■Format: B5 size, 624 pages ■Price: 59,000 yen + tax ■Supervisors: Kohei Tsumoto, Takao Hamakubo ■Editorial Committee: Kazunari Akiyoshi, Masafumi Sonoyama, Taisuke Tomita ■Published by: NTS ■Table of Contents Part 1: Basics of Membrane Proteins Part 2: Membrane Proteins - Applications in Medicine and Pharmacy Part 3: Membrane Proteins - Applications in Agriculture and Food Part 4: Membrane Proteins - Applications in Chemistry and Engineering
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■List price: 59,000 yen + tax
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Applications/Examples of results
X-ray free electron laser Water channel Adhesive molecules Transporters Channel proteins Receptors Immunity Enzymes Nuclear membrane proteins GPCR TNF receptor superfamily molecules Isolation of resistance genes against silkworm nucleopolyhedrovirus Identification of membrane proteins specific to ER bodies in Arabidopsis thaliana Structural biology of the initial processes of photosynthesis through X-ray crystallography Membrane-bound cytochrome c in the photosynthetic electron transport chain Insertion mechanism of tail-anchored membrane proteins into the endoplasmic reticulum membrane in mammals Structural functions and applications of membrane proteins in industrial uses such as food and environment Possibility of developing taste substance evaluation methods using taste receptor proteins Artificial cell-free membrane protein synthesis system Proteoliposome engineering Sensor development using artificial cell membranes Functional expression of photosynthetic membrane proteins in artificial systems: light-harvesting complexes and reaction center complexes Artificial cell membrane devices Creation of artificial molecules mimicking membrane proteins Membrane protein evolutionary molecular engineering using liposome display methods
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NTS selects reliable information from the overwhelming amount of information through seminars, publications, and literature information activities, and conveys it to the next generation. From abundance to certainty—that is the philosophy of NTS's activities.